Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Kraton D-1116 Impact Modifier

Kraton D-1116 is a solid thermoplastic SBS elastomer with high tensile strength and moderate elongation, featuring excellent modification compatibility. It can be compounded with resins and rubbers to flexibly adjust product viscosity and hardness for high-end material modification needs in multiple fields.

Features Of Kraton D-1116 Impact Modifier

  1. High Shore A hardness, strong structural stability of products and excellent deformation resistance

  2. Outstanding tensile strength, which can significantly improve the durability and tear resistance of downstream products

  3. Controllable melt fluidity, suitable for extrusion, molding and other processes with high forming precision

  4. Good compatibility with resin and rubber systems without affecting the original properties of base materials

  5. Combining good adhesion and flex resistance with comprehensive modification and adjustment functions

Typical Applications Of Kraton D-1116 Impact Modifier

  1. Asphalt modification, enhancing the high-temperature stability and anti-aging performance of road asphalt for heavy-duty road construction

  2. Footwear industry, used in wear-resistant shoe components to balance product strength and wearing comfort

  3. Rubber and plastic product processing, manufacturing high-strength pipes, belts and plates to meet the requirements of complex working conditions

  4. Automobile parts manufacturing, used in structural elastic accessories to ensure product use reliability

  5. Adhesive formula system, used as a high-performance modified component to improve product bonding strength and weather resistance

Specifications Of Kraton D-1116 Impact Modifier

Melt Flow Rate1 g/10min (ASTM D-1238)
Specific Gravity0.938 g/cm³ (ASTM D-792)
Tensile Stress2.41 MPa (ASTM D-412)
Tensile Strength31.7 MPa (ASTM D-412)
Elongation at Break900 % (ASTM D-412)
Hardness (Shore A)63 (ASTM D-2240)
Glass Transition Temperature (Tg)-78~-65℃ (DSC Method)
Volatile Matter Content≤0.38 % (105℃, 2h)
Ash Content≤0.07 % (850℃, 1h)
Moisture Content≤0.07 % (Karl Fischer Method)
Compression Set≤28 % (70℃, 22h)















































































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